How to Prevent Running Injuries: Evidence-Based Strategies for Runners

Running injuries are rarely explained by running form alone. Training load, previous injury, tissue capacity, recovery, strength and individual biomechanics can all influence injury risk. Rather than asking whether you are running "correctly", a more useful question is whether your current training demands are appropriate for your current capacity. Running is one of the most accessible and health-promoting activities available, and also one of the most injury-prone. Running-related injuries are common, with systematic reviews reporting injury incidence and prevalence estimates of around 40 to 45%, depending on how an injury is defined and the population studied. That range is wide for a reason: some studies count any pain that changes training, others only count injuries that stop you running or lead to a medical consultation, and study populations range from first-time runners to competitive athletes. If you've ever been forced to take time off from running, you'll know how frustrating it is. The encouraging part is that several of the factors that influence injury risk, particularly how you progress your training, how you build capacity and how you respond when symptoms change, are within your control.

There Is No Single Cause of Running Injury

There is no single cause of running injury, and there is no single way to prevent one. One of the most persistent myths in running is that injuries happen purely because of how you run. Technique can be relevant for some runners and some conditions, but research has not identified a universal "ideal" running form that protects everyone. It is equally tempting to swing to the opposite extreme and blame everything on training errors. The evidence doesn't allow us to say that either. A systematic review of 36 studies involving more than 23,000 runners found that the evidence linking weekly distance, duration, frequency, intensity and changes in training to injury was conflicting. An earlier systematic review found some evidence linking increases in training load to injury, but the evidence base was small and heterogeneous. What the research does support is a multifactorial picture. Running injuries are influenced by the interaction between training exposure, physical capacity, previous injury, recovery and individual factors, and the relevant contributors vary from one runner to the next.

A More Useful Model: Load, Capacity and Response

Rather than looking for one root cause, it helps to think about how several factors interact:

• Running load: how far, how fast, how often, and how quickly any of these are changing.
• Tissue and musculoskeletal capacity: how well your muscles, tendons, bones and joints currently tolerate that load.
• Recovery, previous injury and individual factors: sleep, overall recovery, injury history, running experience and individual biomechanics, all of which can shift your tolerance up or down.
• Your response to training: how your body actually reacts, session to session and week to week.

The goal isn't to eliminate load. It's to progressively build the capacity to tolerate it.

The Most Common Running Injuries

Research tracking thousands of runners consistently identifies a similar group of conditions. A 2021 systematic review by Kakouris and colleagues reported the following proportions. Incidence figures come from prospective studies that followed runners forward in time; prevalence figures come from retrospective and cross-sectional studies. Both describe each condition's share of the running-related injuries reported, not the percentage of all runners who develop it.

Patellofemoral pain syndrome is one of the most commonly reported running-related conditions, accounting for approximately 17% of prevalence estimates in one systematic review. It typically presents as pain under or around the kneecap, often worse on stairs, downhill running, squatting or after prolonged sitting. Medial tibial stress syndrome (shin splints) presents as diffuse pain along the inner border of the shin and is frequently seen in newer runners and those who have recently increased their running. Achilles tendinopathy had the highest incidence proportion of any specific condition among non-ultramarathon runners in the same review. It deserves its own deep dive, which you'll find in our dedicated Achilles tendinopathy article. Iliotibial band syndrome is a common cause of pain on the outside of the knee in runners. Plantar fasciitis, the classic first-steps-in-the-morning heel pain, is covered in detail in our dedicated plantar fasciitis article. These conditions are multifactorial. Training load, previous injury, strength and capacity, individual biomechanics and other personal factors can all contribute, and the relevant contributors vary between runners. That is why two runners with the same diagnosis may need quite different plans.

• Read: Achilles Tendinopathy
• Read: Plantar Fasciitis: Understanding Heel Pain

Managing Training Load: Why the 10% Rule Isn't the Answer

The "10% rule", the idea that you should never increase weekly mileage by more than 10%, has been widely taught, but the evidence doesn't support a universal 10% rule. Some observational studies have linked large increases in weekly distance with more injuries, but when the research is considered as a whole, the relationship between changes in training parameters and injury is inconsistent. Large or poorly tolerated changes in training load may increase injury risk, but research does not support a single percentage that is appropriate for every runner. Weekly totals also aren't the only thing that matters. A sudden increase in the demands of a single session, particularly a substantially longer or harder run than usual, may also exceed current capacity. A large 2025 cohort study following more than 5,000 runners found that single runs considerably longer than a runner's longest run in the previous month were associated with a higher rate of overuse injury. This was observational data, so it shows an association rather than proving cause, but it is a useful reminder not to concentrate a big jump into one session. Rather than following a fixed 10% rule, progress should be individualised according to recent training history, current capacity, recovery and how the runner responds to the increase.

• Is the 10% Rule for Running Real?

Previous Injury: One of the Most Consistent Risk Factors

Previous injury is one of the more consistently reported risk factors for a future running injury. In a one-year prospective cohort study of recreational runners, those with a previous running-related injury had a hazard ratio of 1.9, meaning they were approximately twice as likely to sustain another running-related injury as runners with no previous injury. This doesn't mean a past injury dooms you to another one. It does mean that returning from injury deserves a deliberate, progressive plan rather than simply picking up where you left off, and that the capacity lost during time off needs to be rebuilt, not assumed.

Don't Wait Until Pain Becomes Severe

Runners are, as a group, highly motivated to train through discomfort. Some discomfort during and after a hard session is expected. The distinction that matters is between that expected response and symptoms that are changing in the wrong direction. Don't wait until pain becomes severe before modifying training. Persistent, worsening or progressively earlier pain during a run is a useful signal to reassess the current training load. Other signs worth acting on include pain that alters how you run, stiffness that worsens rather than eases as a session goes on, or symptoms that are still present the following morning and aren't settling between runs. Modifying a session or a week early usually costs far less than an injury that forces weeks away from running. Some symptoms warrant an assessment sooner rather than later: pain that is present at rest or at night, very localised tenderness over a bone, or pain that makes you limp. These can indicate a bone stress injury, which should not be run through.

Strength and Capacity

Running involves repeatedly landing on one leg and absorbing load through the muscles, tendons, bones and joints of the lower limb. How well those tissues tolerate that load is part of what we mean by capacity. Strength and load capacity are important components of running resilience. Where a runner demonstrates a specific strength or capacity deficit, targeted resistance training can help increase their ability to tolerate running demands. It is worth being clear about what the evidence does and doesn't show. Lower strength has been associated with some running injuries, but association is not the same as causation, and the popular "weak glutes cause knee collapse, which causes runner's knee" story is far more deterministic than the evidence supports. Strength training can be useful for improving the capacity of the muscles and tissues involved in running, particularly when a runner has identified strength or load-tolerance deficits. Regular strength training, commonly 2 sessions per week, can be incorporated alongside running. Exercises often used with runners include:

• Single-leg squats or step-downs
• Romanian deadlifts
• Hip abduction exercises
• Heavy, slow calf raises

These are sensible options rather than a required prescription. The right exercises, loads and progression depend on your history, your goals and what your assessment shows. Strength training may also improve running economy, meaning less oxygen or energy is required to maintain a given submaximal running speed. A 2024 systematic review found that high-load and plyometric training can improve running economy, although the certainty of evidence varied by training method.

• Strength Training for Runners

What About Running Technique?

Changing your cadence to 180 steps per minute, switching to a forefoot strike or buying a particular type of shoe are frequently promoted as injury-prevention strategies. The current evidence doesn't support a universal "ideal" running technique. A 2022 systematic review found that changing step rate produces consistent biomechanical changes, but concluded that the evidence was insufficient to determine its longer-term effects on injury and performance. A systematic review of foot-strike modification similarly found the evidence on injury and running economy to be considerably more nuanced than the common "forefoot is safer" narrative. That reinforces the central message of this article: running technique shouldn't be treated as a universal pathology. Where technique is relevant, it is usually as one targeted part of an individual plan.

• Should You Change Your Running Cadence or Foot Strike?

Prevention in Practice

Putting it together, a practical, evidence-informed approach looks like this:

• Manage exposure. Plan your training with awareness of both volume and intensity. Progress gradually, avoid changing several things at once (distance, speed and terrain, for example), and avoid concentrating a large increase into a single much longer or harder run. Periodic lighter weeks can help you absorb the work you've done.
• Build capacity. Regular strength training, targeted where you have identified deficits, helps build the capacity to tolerate what running asks of you.
• Account for recovery. Sleep and recovery are also important parts of managing training load. Poor recovery can reduce your ability to tolerate and adapt to training, so training decisions should take your overall recovery into account. Some runners find it helpful to keep a simple record of sleep, perceived readiness and how sessions felt.
• Monitor your response. Pay attention to how your body responds, and act early when symptoms are persistent, worsening or appearing earlier in your runs.

Who May Be at Higher Risk?

• Novice runners and those returning after a significant break. Pooled data suggest novice runners have higher injury rates per hour of running than more experienced recreational runners.
• Runners with a previous injury, who have been shown to be approximately twice as likely to sustain another running-related injury.
• Runners building towards a race, where training plans may involve larger or faster increases in distance and intensity.
• Runners making several changes at once, such as adding distance, speed work and new terrain in the same period.

How IP Physio Can Help

We work with runners at every stage, from those just starting out, to experienced runners preparing for race season, to those dealing with an injury that has already developed. Our approach starts with assessment. We look at your running and training history, previous injuries, recovery, and your strength and movement capacity, to understand where your current training demands and your current capacity may not be matching up. We use objective strength testing to quantify deficits in key muscle groups such as the calf, quadriceps and hip muscles, because knowing where capacity is lower allows us to target it precisely rather than generically. Where relevant, we also look at how you run, not to find a single "correct" technique, but to identify anything that may be relevant to your symptoms. From there, we build a plan that does two things at once: manages your current symptoms sensibly, and progressively builds your capacity so that the running you want to do is well within what your body can tolerate. Where appropriate, we work with your training plan directly, advising on load progression, identifying sessions that may need adjusting, and giving you the tools to monitor your own response to training. The goal is not just to get you back running. It is to help you become a more resilient runner who understands their body well enough to stay that way. If you're dealing with a running injury or want to get ahead of one, get in touch with us today.

References

• Kakouris N, Yener N, Fong DTP. A systematic review of running-related musculoskeletal injuries in runners. J Sport Health Sci. 2021;10(5):513–522. doi:10.1016/j.jshs.2021.04.001.
• Fredette A, Roy JS, Perreault K, Dupuis F, Napier C, Esculier JF. The association between running injuries and training parameters: a systematic review. J Athl Train. 2022;57(7):650–671. doi:10.4085/1062-6050-0195.21.
• Damsted C, Glad S, Nielsen RO, Sørensen H, Malisoux L. Is there evidence for an association between changes in training load and running-related injuries? A systematic review. Int J Sports Phys Ther. 2018;13(6):931–942.
• Nielsen RO, Buist I, Sørensen H, Lind M, Rasmussen S. Training errors and running related injuries: a systematic review. Int J Sports Phys Ther. 2012;7(1):58–75.
• Frandsen JSB, Hulme A, Parner ET, et al. How much running is too much? Identifying high-risk running sessions in a 5200-person cohort study. Br J Sports Med. 2025;59(17):1203–1210. doi:10.1136/bjsports-2024-109380.
• Desai P, Jungmalm J, Börjesson M, Karlsson J, Grau S. Recreational runners with a history of injury are twice as likely to sustain a running-related injury as runners with no history of injury: a 1-year prospective cohort study. J Orthop Sports Phys Ther. 2021;51(3):144–150. doi:10.2519/jospt.2021.9673.
• van der Worp MP, ten Haaf DSM, van Cingel R, de Wijer A, Nijhuis-van der Sanden MWG, Staal JB. Injuries in runners; a systematic review on risk factors and sex differences. PLoS One. 2015;10(2):e0114937. doi:10.1371/journal.pone.0114937.
• Videbæk S, Bueno AM, Nielsen RO, Rasmussen S. Incidence of running-related injuries per 1000 h of running in different types of runners: a systematic review and meta-analysis. Sports Med. 2015;45(7):1017–1026. doi:10.1007/s40279-015-0333-8.
• Llanos-Lagos C, Ramirez-Campillo R, Moran J, Sáez de Villarreal E. Effect of strength training programs in middle- and long-distance runners' economy at different running speeds: a systematic review with meta-analysis. Sports Med. 2024;54(4):895–932. doi:10.1007/s40279-023-01978-y.
• Anderson LM, Martin JF, Barton CJ, Bonanno DR. What is the effect of changing running step rate on injury, performance and biomechanics? A systematic review and meta-analysis. Sports Med Open. 2022;8(1):112. doi:10.1186/s40798-022-00504-0.
• Anderson LM, Bonanno DR, Hart HF, Barton CJ. What are the benefits and risks associated with changing foot strike pattern during running? A systematic review and meta-analysis of injury, running economy, and biomechanics. Sports Med. 2020;50(5):885–917. doi:10.1007/s40279-019-01238-y.

Still have questions?

Read quick, direct answers to the questions runners most commonly ask about injury risk, training load, strength work and returning to running.

• Running Injuries: Frequently Asked Questions